What is Type I, Type II, Type III, and Type IV cassette tape?
These are IEC (International Electrotechnical Committee) standards. They provide broad standards for all tapes, and end the need to align a deck for an individual tape. Type 1 is for normal “iron oxide” tapes (Fe2O3), Type 2 is for high-bias “chromium oxide” tapes (CrO2), Type 3 (obsolete) is for FeCr (ferric chrome), and Type 4 is for Fe (Metal). Type 2 tapes tend to be more expensive than type 1, and type 4 tapes are the most expensive. This is because type 2 tapes tend to have less noise and flatter high frequency response than type 1, and type 4 tapes tend to have even flatter highs and even less noise. Some Type 1 tapes are more expensive than other Type 2 tapes, and may be worth the extra price. More expensive tapes come in better shells, have better lubrication, fewer dropouts, smoother frequency response, and better uniformity from tape to tape. Even though the types imply a particular tape formulations, the type really refers to the tape performance.
These are IEC (International Electrotechnical Committee) standards. They provide broad standards for all tapes, and end the need to align a deck for an individual tape. Type 1 is for normal “iron oxide” tapes (Fe2O3), Type 2 is for high-bias “chromium oxide” tapes (CrO2), Type 3 (obsolete) is for FeCr (ferric chrome), and Type 4 is for Fe (Metal). Type 2 tapes tend to be more expensive than type 1, and type 4 tapes are the most expensive. This is because type 2 tapes tend to have less noise and flatter high frequency response than type 1, and type 4 tapes tend to have even flatter highs and even less noise. Some Type 1 tapes are more expensive than other Type 2 tapes, and may be worth the extra price. More expensive tapes come in better shells, have better lubrication, fewer dropouts, smoother frequency response, and better uniformity from tape to tape. Even though the types imply a particular tape formulations, the type really refers to the tape performance.
These are IEC (International Electrotechnical Committee) standards. They provide broad standards for all tapes, and end the need to align a deck for an individual tape. Type 1 is for normal “iron oxide” tapes (Fe2O3), Type 2 is for high-bias “chromium oxide” tapes (CrO2), Type 3 (obsolete) is for FeCr (ferric chrome), and Type 4 is for Fe (Metal). Type 2 tapes tend to be more expensive than type 1, and type 4 tapes are the most expensive. This is because type 2 tapes tend to have less noise and flatter high frequency response than type 1, and type 4 tapes tend to have even flatter highs and even less noise. Some Type 1 tapes are more expensive than other Type 2 tapes, and may be worth the extra price. More expensive tapes come in better shells, have better lubrication, fewer dropouts, smoother frequency response, and better uniformity from tape to tape. Even though the types imply a particular tape formulations, the type really refers to the tape performance.
These are IEC (International Electrotechnical Committee) standards. They provide broad standards for all tapes, and end the need to align a deck for an individual tape. Type 1 is for normal “iron oxide” tapes (Fe2O3), Type 2 is for high-bias “chromium oxide” tapes (CrO2), Type 3 (obsolete) is for FeCr (ferric chrome), and Type 4 is for Fe (Metal). Type 2 tapes tend to be more expensive than type 1, and type 4 tapes are the most expensive. This is because type 2 tapes tend to have less noise and flatter high frequency response than type 1, and type 4 tapes tend to have even flatter highs and even less noise. Some Type 1 tapes are more expensive than other Type 2 tapes, and may be worth the extra price. More expensive tapes come in better shells, have better lubrication, fewer dropouts, smoother frequency response, and better uniformity from tape to tape.
> These are IEC (International Electrotechnical Committee) > standards. They provide broad standards for all tapes, > and end the need to align a deck for an individual tape. > Type 1 is for normal “iron oxide” tapes (Fe2O3), Type 2 > is for high-bias “chromium oxide” tapes (CrO2), Type 3 > (obsolete) is for FeCr (ferric chrome), and Type 4 is > for Fe (Metal). Type 2 tapes tend to be more expensive > than type 1, and type 4 tapes are the most expensive. > This is because type 2 tapes tend to have less noise and > flatter high frequency response than type 1, and type 4 > tapes tend to have even flatter highs and even less noise. > > Some Type 1 tapes are more expensive than other Type 2 tapes, > and may be worth the extra price. More expensive tapes come > in better shells, have better lubrication, fewer dropouts, > smoother frequency response, and better uniformity from tape > to tape. Even though the types imply a particular tape > formulations, the type really refers to the tape per
